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Objective:To explore the clinical application of magnetic foreign body extractor in metal foreign body of upper digestive tract children.Methods:The clinical data of 115 children with metallic foreign bodies in the upper digestive tract who were admitted to the Department of Pediatrics, the Second Affiliated Hospital of Air Force Medical University, from January 2017 to September 2022, were selected as subjects.All the metallic foreign bodies were removed by a self-made metallic foreign body extractor in the department.The clinical characteristics of the metallic foreign bodies in the upper digestive tract were comprehensively analyzed by using descriptive analysis methods, summarize the age, gender, metallic foreign body type, number of the metallic foreign bodies, incarcerated location, retention time, clinical symptoms and complications.Results:A total of 115 children with metallic foreign bodies in the upper digestive tract were included in the analysis, involving 51 males and 64 females, with a mean age of (3.63±2.28) years.The majority was children aged 0-3 years (68/115, 59.1%). Coins (86 cases, 74.8%) were the major foreign bodies in metal foreign body of upper digestive tract, followed by button batteries (11 cases, 9.6%), magnetic balls (8 cases, 7.0%), and others (10 cases, 8.6%). The main clinical symptoms were nausea, vomiting, abdominal pain, chest pain, and foreign body sensation, and button battery ingestion and magnetic balls were easy to produce complications.The primary retention sites of metallic foreign bodies were the gastric fundus (75 cases, 65.2%), followed by upper esophageal segment (38 cases, 33.0%) and lower esophageal segment(2 cases, 1.7%).Conclusions:In children′s metal foreign body of upper digestive tract, coins are the most common foreign bodies that are easily retained in the stomach fundus.Button batteries are prone to cause severe complications and should be removed timely.The self-made metallic foreign body extractor in our department can remove coins, batteries, magnetic balls, nails, chains, party emblems and other metallic foreign bodies.It can shorten the operation time, improve the removal efficiency, and featured by active search, strong adsorption, no mucosal damage and removal with the endoscope, which can be widely used in the clinical treatment of metallic foreign bodies.
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Background: An accidently ingested foreign body may get lodged within the lumen of gastrointestinal tract, pass uneventfully with feces or may migrate extraluminally into the surrounding tissues in which case it may lead to suppurative or vascular complications. The aim of the endeavor was to study the spectrum of imaging findings in patients with accidental ingestion of foreign bodies with trans-gastric migration of metallic foreign bodies.Methods: Total 33 patients with history of accidental ingestion of foreign bodies were subjected to preliminary radiograph of neck, chest and abdomen followed by upper gastrointestinal endoscopy. Failure to retrieve/ localize foreign body endoscopically from upper gastrointestinal tract with check radiograph reiterating the presence of foreign body in upper abdomen were subjected to computed tomography of abdomen.Results: A total of 33 patients comprising of 27 females and 6 males with mean age of 23.76 years with history of foreign body ingestion were studied. Ingested foreign bodies were lodged in pharynx (n=7), esophagus (n=3), stomach (n=13) or duodenum (n=3). In 7 patients in whom endoscopy failed to locate and/or retrieve foreign body, computed tomography confirmed the presence of trans-gastrically migrated foreign body in the surrounding structures. The location of migrated foreign bodies was in lesser sac (n = 2), greater omentum (n = 3), lesser omentum (n = 1) and transmural (n = 1). Two patients had evidence of collection formation around the migrated foreign bodies.Conclusions: Sharp or pointed metallic foreign bodies may migrate trans-luminally with various implications. Though radiography is the preliminary workhorse for the confirmation of ingested foreign bodies, computed tomography owing to its volumetric data acquisition helps in exact localization of migrated foreign bodies and should precede any therapeutic intervention for retrieval of migrated foreign bodies.
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Humans , Arteries , Burns , Foot , Foreign Bodies , Free Tissue Flaps , Hair , Hand , Skin , Transplants , Wounds and InjuriesABSTRACT
Objective@#To explore the treatment of penile incarceration with a metal ring.@*METHODS@#Based on our experience in the successful management of a case of penile incarceration with a metal ring by coiling and bloodletting from the corpus cavernosum, we reviewed the relevant literature and analyzed the indications, advantages and disadvantages of different methods for the treatment of penile incarceration with a circular foreign body.@*RESULTS@#The clamping and cutting methods were non-invasive, fast, effective, and with few complications, which could be applied to the treatment of penile strangulation at all levels. However, clamping was not desirable enough for a hard metal ring and the cutting method took a longer time and might increase the risk of unnecessary damage to the penile skin, urethra and cavernous body. Prepuce edema decompression and the thin tube-coiling method, with the advantages of minimal invasiveness, simple operation and no need of special tools, were suitable for penile strangulation injury under level 3, but might cause penile skin injury and potential postoperative erectile dysfunction. Surgical resection, as an invasive procedure, could be applied to severe penile strangulation at level 4 or 5.@*CONCLUSIONS@#The principle for the treatment of penile incarceration with a circular foreign body is to remove the foreign object as soon as possible and not to add secondary damage.